12) Find the power P if the voltage Vs- 30 V and the resistance R -4.7ka 13) Find the power P if the voltage Vs 10 V and the resistance R-40 k. 14) Find the power P if the voltage Vs-560 mV and the resistance R-39 MQ 15) Find the power P if the voltage Vs 30 MV and the resistance R 9.1 k. 16) Find the power P if the current I-8 A and the resistance R- 12Q. 17) Find the power P if the current l-5 mA and the resistance R-6 Ma 18) Find the power P if the current 1 -9 nA and the resistance R-7k2 19) If the Voltage Source is a chemical battery, it converts energy into -energy. 20) The resistor converts energy into energy. Textbook- Introductory Circuit Analysis, Boylestad, 13th Edition: Pages 140-141: Problems 20, 26, 31, 40 Place all of your answers to all of the assigned problems on the answer sheets template contained on the next two pages ET 110 Quiz 2 due 02/20/2019 Your answers must have correct units as a Put a box around your final answers pplicable. teveryproblem 1) Perform the following conversions: a) Express 45.21 mA in Amperes b) Express 6.7 mV in Volts c) Express 485.2 microAmperes in Amperes d) Express 32.7 kV in Volts e) Express 362 kilOhms in Ohms f) Express 86.9 MV in Volts 2) Ex press each of the following quantities using an appropriate SI prefix by first expressing the quantities in engineering notation and then using the corresponding SI prefix: a) 0.00349 A b) 837000 c) 0.00000871 A d) 39000000 e) 0.0000000463 A f) 49600000000000 v B) 0.00000000006592 A h) 4661000000 A i) 78000 V 3) Perform the following math operations and express your answers in Engineering Notation a) (2 x 101) (3 x 10) b) (3 x 10-65) (8 x 10') c) (80 10') / (5x 108) d) 45 x 10+23 x 105 e) 37 x 10-6-13 x 10-6 part a: Multiply part b: Multiply part c: Divide part d: Add part e: Subtract